VTU Online Class - Course Details

NMR Spectroscopy For Chemists And Biologists

PROF. ASHUTOSH KUMAR

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What you will learn

Chemistry and Biochemistry

This course will start with Basic principles of NMR, walk through the analysis of spectra and demonstrate the application of multidimensional NMR spectroscopy in Chemistry and structural Biology.

Lecture 1 : Basic concepts

Lecture 2 : Resonance absorption

Lecture 3 : Bloch Equations

Lecture 4 : Relaxation

Lecture 5 : Introduction to Chemical Shift

Lecture 6 : Factors affecting Isotropic Chemical Shifts

Lecture 7 : Spin-Spin Coupling

Lecture 8 : Interpretation of multiplet structure using first order analysis

Lecture 9 : Analysis of NMR spectra of molecules

Lecture 10 : Quantum Mechanical Analysis-Part I

Lecture 11 : Quantum Mechanical Analysis-Part I I

Lecture 12 : Dynamic effects in the NMR Spectra

Lecture 13 : Fourier Transform NMR

Lecture 14 : Theorems on Fourier Transform

Lecture 15 : Practical aspects of Fourier Transform NMR spectra

Lecture 16 : Data Processing in Fourier Transform NMR

Lecture 17 : Dynamic range in Fourier Transform NMR

Lecture 18 : Spin Echo and Solvent Suppression

Lecture 19 : Spin Decoupling in FT NMR and Relaxation Measurements

Lecture 20 : Polarization Transfer

Lecture 21 : Nuclear Overhauser Effect

Lecture 22 : Steady state NOE and Transient NOE

Lecture 23 : Distance and NOE

Lecture 24 : Selective Population Inversion

Lecture 25 : INEPT and Sensitivity Enhancement

Lecture 26 : Rotating Frame Experiments

Lecture 27 : Density matrix description of NMR - I

Lecture 28 : Density matrix description of NMR - II

Lecture 29 : Density matrix description of NMR - III

Lecture 30 : Time evolution of density operator

Lecture 31 : Density matrix description of NMR - IV

Lecture 32 : Evolution of density operator in the presence of RF

Lecture 33 : Product operator formalism

Lecture 34 : Product operator formalism Continued

Lecture 35 : Product operator formalism Continued

Lecture 36 : Time evolution of basis operators

Lecture 37 : Observable and Non-observable basis operators, Spin echo

Lecture 38 : Spin echo Continued

Lecture 39 : INEPT

Lecture 40 : Multidimensional NMR Spectroscopy

Lecture 41 : Two Dimensional NMR- Part I

Lecture 42 : Two Dimensional NMR- Part II

Lecture 43 : Types of 2D NMR Spectra

Lecture 44 : Two Dimensional Separation of Interaction in NMR

Lecture 45 : Two Dimensional Correlation Experiments

Lecture 46 : Two Dimensional Correlation Experiments II

Lecture 47 : Two Dimensional Correlation Experiments III

Lecture 48 : Double Quantum Filtered COSY (DQF-COSY)

Lecture 49 : Two Dimensional Nuclear Overhauser Effect Spectroscopy (2D- NOESY)

Lecture 50 : Constant-time COSY

Lecture 51 : Scaling in 2D NMR

Lecture 52 : Total Correlation Spectroscopy

Lecture 53 : 2D Heteronuclear Experiment I

Lecture 54 : 2D Heteronuclear Experiment II

Lecture 55 : Multidimensional NMR

Lecture 56: Structure Determination of Peptides by NMR- I

Lecture 57: Structure Determination of Peptides by NMR- II

Lecture 58: Protein-Ligand Interaction- I

Lecture 59: Protein-Ligand Interaction- II

Lecture 60: Diffusion Ordered Spectroscopy

Live Session 15-10-2019

Live Session 30-09-2019

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Meet Your Instructor

PROF. ASHUTOSH KUMAR

Instructor

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About Instructor

Prof. Kumar is an Associate Professor in the Department of Biosciences and Bioengineering. His area of research is NMR based structural biology. Prof. Kumar develop and apply NMR methods to understand protein structure and dynamics.

video

Free

Course Duration

30 h 25 m 23 s
Course Level

Intermediate
Student Enrolled

5
Language

English

This Course Includes

30 h 25 m 23 s Video Lectures
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